Results 291 to 300 of about 18,304 (313)
Spatial Price Transmission and Dynamic Volatility Spillovers in the Global Grain Markets: A TVP-VAR-Connectedness Approach. [PDF]
Xue H, Du Y, Gao Y, Su WH.
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Heterogeneous macroeconomic factors' effects on stocks across sizes, styles, and sectors in the South Korean market. [PDF]
Cho C, Yang J, Jang B.
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In this paper, a unified framework for testing the adequacy of an estimated GARCH model is presented. Parametric Lagrange multiplier (LM) or LM type tests of no ARCH in standardized errors, linearity, and parameter constancy are proposed. The asymptotic null distributions of the tests are standard, which makes application easy.
Stefan Lundbergh, Timo Teräsvirta
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Glossary to ARCH (GARCH) [PDF]
The literature on modeling and forecasting time-varying volatility is ripe with acronyms and abbreviations used to describe the many different parametric models that have been put forth since the original linear ARCH model introduced in the seminal Nobel Prize winning paper by Engle (1982).
Tim Bollerslev, Tim Bollerslev
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On the Continuous Limit of GARCH [PDF]
GARCH processes constitute the major area of time series variance analysis, hence the limit of these processes is of considerable interest for continuous time volatility modelling. The continuous time limit of the GARCH(1,1) model is fundamental for limits of other GARCH processes, yet it has been the point of much debate between econometricians.
Carol Alexandra, Emese Lazar
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Quantitative Finance, 2004
This article discusses the valuation and hedging of volatility swaps within the frame of a GARCH(1,1) stochastic volatility model. First we use a general and flexible partial differential equation (PDE) approach to determine the first two moments of the realized variance in a continuous or discrete context.
Espen Gaarder Haug+2 more
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This article discusses the valuation and hedging of volatility swaps within the frame of a GARCH(1,1) stochastic volatility model. First we use a general and flexible partial differential equation (PDE) approach to determine the first two moments of the realized variance in a continuous or discrete context.
Espen Gaarder Haug+2 more
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This paper addresses the issue of hedging option positions when the underlying asset exhibits stochastic volatility. By parameterizing the volatility process as GARCH, and utilizing risk- neutral valuation, we estimate hedging parameters (delta and gamma) using Monte-Carlo simulation.
Robert F. Engle, Joshua V. Rosenberg
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